For one torque testing application, there are two key reasons for taking the time to carefully select a torque sensor: to prevent damage and ensure accuracy.
We could check it as following:
Types of torque sensors, such as reaction, circular shaft, analog telemetry, digital telemetry and dual-range torque sensors
Application considerations, such as accuracy, capacity range, RPM rating, output requirements and response times
Environmental considerations, such as temperature, dirt and electromagnetic interference
Dynamic considerations, such as rotational effects, critical speeds and extraneous loading
Physical requirements, such as size and mounting limitations of the torque sensor
Costs or budget considerations
And we also could do it as following:
Understanding your application and defining your requirements are a crucial part of this procedure. After you’ve clearly defined your application, define what it is you want to measure, control or monitor. Do you want to measure torque? Meaning, do you want to convert a torsional mechanical input into an electrical output signal? Application examples include:
Dynamometers
Tool dulling indicator
Motor control
Inline rotating shaft feedback
Monitoring mixer torque to meet required viscosity
Integrated servomotor or stepping motor for further automation, feed back control and verifying regulated torque in frictionless bearings and long guide wires in medical application
Torque wrench verification and/or calibration
Brans will do our best to support you for every torque force testing application in the near future.
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